| Product Profile 
 | Star GripsNot all grips are created equal.
Out of round is out of bounds.
   There are numerous ways
      to evaluate the quality of a golf grip and we believe there are
      3 major areas that need to be considered. By adopting our seamless
      true round molding technology we were able to make a quantum
      leap forward. The pictures above show cutout sections of two
      grips. The picture on the left is a cutout from one of the "World
      Leaders" and the picture on the right is a cutout of a Star
      Grip, clearly showing the advantages of our Seamless True Round
      Technology. Out of round is out of bounds.
 FIRST and most important item of all has to do with
      the concentricity of the finished product. If the grip is out
      of round and it is placed on a shaft that is straight, a condition
      is created that is exactly the same as having a bent shaft. We
      have seen out of round conditions of nearly 1/16th (.0625) of
      an inch. We do not believe that is a desirable condition on any
      club and must conclude if you are out of round...you are out
      of bounds. Our Seamless True Round Technology is the only tooling
      innovation in grip manufacturing in 50 years and automatically
      minimizes the out of round condition that exists with the spit
      cavity double reject line process.SECOND is the weight consistent. Over the years we have
      evaluated thousands of golf grips and found astounding variations
      in weight. It is not uncommon to find a 12% variation or a total
      of 6 grams per grip on a batch of 50-gram grips. This variation
      can mean up to 2 full swing weights between clubs. We continue
      to strive for the perfect grip and will eventually get there,
      but have managed to get our total variation to a little over
      1 gram. +/- 0.6g. One of the secrets to our success is the seam
      less true round tooling. We have worked hard on the weight issue
      to improve the quality and improve production efficiencies via
      SPC. i.e., improved quality drives costs down. In the injection
      molding process, a variation in the size/volume of the cavities
      guarantees production problems that do nothing but increase costs.
      Click here for SPC.
 THIRD is the rubber compound itself. The feel... is
      it tacky and supple? Does it stay that way over time... even
      several seasons? Or does it get hard and slick quickly? Does
      it play well in all weather conditions? Is it difficult to install?
      Does it unravel and absorb moisture? Is it durable and long lasting
      or is it a wrapped thermoplastic substitute for rubber that is
      extremely susceptible to attack by Ozone and UV? Worse is a low
      grade SBR and natural regrind used? It is not complicated. A
      premium quality, rubber rich formula cost more and from our way
      of thinking, it's worth more. We think you will agree. Put a
      Star Grip on one of your clubs and you will have all the answers
      to the questions above. Tired of your grips getting hard and
      slick? Star Grips stay tacky and supple. 
 We believe that most Americans
      would prefer to purchase products made in the USA, but nowadays
      it is not easy to find Made In The USA on anything. In the 1970's,
      the American industrial complex had a planned obsolescence philosophy
      and an attitude that if you didn't like it, it was just too bad.
      A statistician by the name of Dr. W. Edwards Deming came along
      with a method that he claimed would improve productivity, reduce
      costs and most important of all dramatically improve quality.
      It was called Statistical Process Control, or SPC. The concept,
      like so many good ideas, is extremely simple: In a manufacturing
      process, step by step, eliminate all of the variables and do
      things over and over, exactly the same way, time after time.
      With everyone in the supply chain, from the raw material supplier
      to the finished product producer embracing SPC, automatically
      rejects are reduced, costs go down and the quality improves.
      Demming tried to interest the American automobile industry in
      his method without success. At the time they enjoyed a 70-75%
      market share. Demming then approached the Japanese automotive
      industry and they immediately understood the long term benefits
      and adopted the concept. The rest, as they say, is history. Americans
      prefer quality above all else and we are willing to pay for it.
      The U.S. auto industry lost nearly half of the market share and
      in the end realized their mistake and adopted SPC. Golf is a
      game of fractions of an inch and the last time we looked, a club
      had 3 components, a grip, a shaft and a head. If quality or consistency
      is compromised on any of these components, obviously, performance
      will be effected adversely. Long term, we believe that a superior
      product that enhances the performance of any club will make Star
      Grip a winner.
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